Spray Polyarethane Foam in External Envelopes of Buildings (Hardcover)

Preface Acknowledgements PART ONE: PERFORMANCE EVALUATION OF SYSTEM COMPONENTSChapter 1. Definition of Spray Polyurethane Foams IntroductionSpray Polyurethane FoamConsistency of the SPF Fabrication ProcessQuality Assurance is a Key to the SPF Field FabricationPerformance Objectives Define the SPF Products Chapter 2. Factors Affecting Performance of the Foam The Aging ProcessThe Design Thermal ResistanceTransportation and Accumulation of Moisture in the FoamComparative Testing of SPF Dimensional StabilityRate of BA Emission fromSPFMechanical Performance of SPFThermal Performance of Moist SPFOther Performance Characteristics Chapter 3. Testing Physical Characteristics of Foam Characterization of Foam StructureLong-Term Thermal Resistance of FoamsMaximum Shrinkage and Expansion of SPFWater Vapor PermeanceAbsorption and Accumulation of Moisture in the SPFEffects of Thermal and Hygric Stress on DurabilityChapter 4. Evaluation of Protective Coverings and Barriers IntroductionGeneric Types of Elastomeric Protective CoatingsLong-Term Performance of Coatings in the Field Study of Roofing SystemsEffect of the Coating on Long-Term Thermal Resistance of the FoamTesting Physical Properties of Elastomeric CoatingsQuality AssuranceFire Protection and Fire TestingChapter 5. Quality Management in Construction Process Bidding and Procurement Process with Database of Performance RecordsPerformance in Models of the Design ProcessQuality Assurance during the Construction ProcessChapter 6. Technical Support for the SPF Contractor Initial Characterization of the SPF ProcessBasic Laboratory Tests of SPF Physical PropertiesQA Test During the Field Fabrication of SPFChapter 7. Implementation of the Performance-Based Quality Management PART TWO: THE SYSTEMS APPROACH TO BUILDINGS Chapter 8. Principles of Environmental Control in Building Envelopes IntroductionFactors Affecting the Design ProcessDefining the Environmental ControlConclusion: The Need for a Holistic Approach to DesignChapter 9. Design and Performance of Roofing Systems with SPF Performance Objectives for SPF RoofsGeneral Considerations in SPF RoofsRoof Deck TypesUse of SPF in New Roof ConstructionSPF Use in Remedial Roofing Chapter 10. Design and Performance of Walls with SPF Definition of Air Barrier SystemsMasonry WallsSteel Frame WallsWood Frame WallsMetal Buildings for Agricultural or Industrial UseChapter 11. Case Studies-SPF Used for Remedial Measures Cladding Problems in the Humidified BuildingSurface Mold and Odors in Garden SuitesAir Leakage Control for Retrofits for HighrisesSPF Used as the Air-Sealant in Different ApplicationsConclusions from These Case StudiesAppendix 1: Recommended Procedure for Determination of Long-Term Thermal Resistance of Closed-Cell Thermal Insulating Foams Appendix 2: Glossary of Terms and Abbreviations Used by the SPF Industry Appendix 3: Standards for Surface Texture Used by the SPF Industry Appendix 4: Material Specification-SPF for New and Remedial Roofs Appendix 5: Material Specification-Bead-Applied Sealing Foams (BSF)